π« Comac C949 Chinaβs Next-Gen Supersonic Airliner π¨π³ The Comac C949 is a conceptual high-speed passenger jet being developed by COMAC (Commercial Aircraft Corporation of China). Designed to carry passengers over long distances at supersonic speeds, it aims to redefine international air travel. πΉ Key Features (Conceptual) Capacity: ~80β100 passengers Design: Sleek, aerodynamic supersonic body Speed: Likely above Mach 1.5 Range: Estimated 5,000β7,000 km Goal: High-speed, efficient, and competitive with global supersonic travel The C949 represents Chinaβs ambition to enter the next era of supersonic commercial aviation, combining speed, efficiency, and futuristic design. @base.base.eth
- 0 replies
- 0 recasts
- 0 reactions
π« Boom Overture β The Return of Supersonic Travel β‘βοΈ The Boom Overture is a next-generation supersonic airliner being developed by Boom Supersonic (USA) to bring back the era of ultra-fast passenger travel faster and cleaner than the legendary Concorde. This aircraft aims to fly at Mach 1.7 (about 2,100 km/h), cutting transatlantic flight times in half New York to London in just 3.5 hours. πΉ Key Specs: β’ Capacity: 64β80 passengers β’ Range: ~7,800 km β’ Engines: 4 Γ Symphony turbofan (no afterburner, sustainable fuel capable) β’ Materials: Carbon composite airframe for strength and efficiency The Overture is designed to use 100% sustainable aviation fuel (SAF) and aims for net-zero carbon emissions. Test flights are planned for the late 2020s, marking the dawn of a new age of supersonic passenger flight. @base.base.eth
- 0 replies
- 1 recast
- 1 reaction
π« DARPA X-65 CRANE The Future of Flight Control βοΈπ The DARPA X-65 CRANE (Control of Revolutionary Aircraft with Novel Effectors) is an experimental aircraft developed by DARPA and Boeing to test a radically new flight control system. Unlike traditional aircraft that rely on flaps, rudders, and ailerons, the X-65 uses Active Flow Control (AFC) tiny air jets across its wings and tail that manipulate airflow to control the planeβs pitch, roll, and yaw. This means no moving control surfaces, less drag, lighter structure, and greater stealth a revolution in aerodynamics and aircraft design. πΉ Key Facts: β’ Developer: DARPA & Boeing β’ Propulsion: Jet engine (exact type classified) β’ Length: ~9 meters (prototype) β’ Top Speed: Subsonic (test phase) β’ Goal: Prove flight without traditional control surfaces If successful, this technology could reshape both military and commercial aviation, leading to sleeker, quieter, and more efficient aircraft in the near future. @base.base.eth
- 0 replies
- 1 recast
- 1 reaction